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The calculations of the demagnetization factors (N) for cylinders are complicated. A very rough approximation would use the N factors of a thin film that represents the extreme situation with L≪D. In this case N=0 for H∥film plane (H⊥ga) and N=1 for H⊥film plane (H∥ga). Consequently, while in the geometry with H⊥ga the demagnetization effect is small; with H∥ga it reduces substantially the effective field.
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The calculations of the demagnetization factors (N) for cylinders are complicated. A very rough approximation would use the N factors of a thin film that represents the extreme situation with L≪D. In this case N=0 for H∥film plane (H⊥ga) and N=1 for H⊥film plane (H∥ga). Consequently, while in the geometry with H⊥ga the demagnetization effect is small; with H∥ga it reduces substantially the effective field.
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30
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60449095615
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The formula for an activated conduction instead of that for a polaron mechanism is used because of its simplicity for graphical representation and because, in such narrow temperature ranges, the differences between them are insignificant.
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The formula for an activated conduction instead of that for a polaron mechanism is used because of its simplicity for graphical representation and because, in such narrow temperature ranges, the differences between them are insignificant.
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